Dynamic addressing and mobility in tactical hybrid ad-hoc networks

Hybrid mobile ad hoc networks (MANETs) are becoming more prevalent in military deployments. The hybrid MANET, a multihop wireless network with gateways providing connectivity to distant networks, facilitates some important goals such as providing situational awareness to higher headquarters about local operations and providing appropriate information availability extended to the lowest possible level. The eventual goal is to have information available to every warfighter as he or she will be part of the network as a network node. For a specific example, the command and control (C2) on-the-move network digital over-the-horizon relay (CONDOR) is being designed to overcome line-of-sight limitations by building upon existing equipment. The CONDOR system introduces specially equipped mobile gateways with satellite links and other long distance radio capabilities into legacy radio systems to enable/maintain network connectivity. Ultimately, the CONDOR will transition into a hybrid MANET whose reduced manual operator interaction should provide easier to use, more robust networks.